Resource Management in Satellite Networks part 26 pdf
Resource Management in Satellite Networks part 26 pdf
... certain traffic types. Integrated Services and
Differentiated Services have already been introduced in Section 3.3, but are
discussed below in more detail with satellite networks in mind, including
Multiprotocol ... Multiple Rain-Faded
Satellite Channels”, in Proc.ofthe3
rd
Internat. Workshop on QoS in
Multiservice IP Networks, Catania, Italy, Feb. 2005; in Lecture Notes in...
Resource Management in Satellite Networks part 5 pdf
... time-frequency resources (according to an
MF-TDMA air interface) to the requesting terminals. The Return Channel
Satellite Terminal (RCST) transmission capacity is constrained. According to
the standardization, ... Reed-Solomon
coding, convolutional interleaver, inner convolutional encoding, puncturing),
base-band shaping of impulses, and QPSK modulation. The resulting DVB-S
transmissions v...
Resource Management in Satellite Networks part 8 pdf
... bandwidth. As in terrestrial wireless networks [8], in satellite networks
there are several reasons for using CAC schemes, including:
Chapter 2: ACTIVITY IN SATELLITE RESOURCE MANAGEMENT 53
exist in requirements ... appropriate terminal and
network Inter-Working Units (IWUs), aiming at integrating the GPRS
and the UMTS segments;
• Implementation, integration and testing of...
Resource Management in Satellite Networks part 10 pdf
... resources in one
particular domain of operation. It also monitors the edges for incoming and
outgoing resource reservations/utilization. The information thereby acquired
is used in conjunction ... UMTS and, by extension, in satellite networks, four basic service classes
(layer 7) are defined [4]: conversational, streaming, interactive and background.
It is interesting to note that t...
Resource Management in Satellite Networks part 12 pdf
... be obtained by using the optimal Maximum Transfer Unit (MTU) for a
particular BER. In [8], it is shown that an 18-25% throughput gain may be
obtained by increasing the frame length, depending on ... “Radio Resource Management across Multiple
Protocol Layers in Satellite Networks: A Tutorial Overview”, International
Journal of Satellite Communications and Networking, Vol. 23, No....
Resource Management in Satellite Networks part 35 potx
... efficiency. In the forward link, the introduction of spreading
requires the design of a new DVB-S2 receiver. In the return link, each
terminal could in principle implement direct spreading within the ... 144, 148
Hybrid satellite networks, 265
Erasure codes, 265
QoS, 266
WiFi networks, 267
I
In nitesimal perturbation analysis, 99,
216, 257
IntServ, 36, 77, 107, 183, 244
L
LEO...
Resource Management in Satellite Networks part 1 doc
... (Chapter 4), the two following
parts are conceived according to the ETSI SES/BSM protocol stack, thus
distinguishing cross-layer issues involving satellite- dependent layers (Part II,
Chapters 5, 6 ... translated or copied in whole or in part without the
bidden. The use in this publication of trade names, trademarks, service marks and similar terms,
Resource Management in Sa...
Resource Management in Satellite Networks part 2 pot
... entitled
“Integrated Space/Terrestrial Mobile Networks . He also contributed to the
Resource Management activity of the Working Group 3000 within the RACE
Project, called Satellite Integration in the ... (PRMA) protocols suitable for supporting voice and data
transmissions in low earth orbit mobile satellite systems. In 1999 he joined
the Information Engineering Department of th...
Resource Management in Satellite Networks part 3 pptx
... Board
IBR Information Bit Rate
ICMP Internet Control Message
Protocol
IEEE Institute of Electrical and
Electronics Engineers
IETF Internet Engineering Task
Force
IFR Increasing Failure Rate
IM Inter-Modulation
IMT ... Internet Protocol over Satellite
ISDN Integrated Services Digital
Network
ISI Integral Satcom Initiative
ISLs Inter -Satellite Links
ISN Interactive Satellite Network
ISO/O...
Resource Management in Satellite Networks part 4 doc
... (from Earth to satellite to Earth and back) since layer 2 control
functions are in the Earth station. In case of GEO regenerating satellites, RTD
varies in the range 239-280 ms. In particular, RTD ... system,
but the greater the difficulty in acquiring and maintaining synchronism.
Time access to the satellite link can be managed either in centralized or in
distributed mode. Ce...
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